How Do Polymers Wiggle? Understanding the Dynamics of Grafted Polymers
Controlled Polymerizations Applied to Organic Bioelectronics
Long-lived Perovskite Solar Cells: Fixing the Problems from Bulk to Interface
Ultra-sensitive, selective, and label-free optical sensing for fundamental science, environmental monitoring, and translational medicine
Success Stories in Computationally-Driven Materials Discovery
The Cat-Universe: A ‘Data-Theory-Methodology-Experiment’ Framework to Realize Catalyst Design
Engineering Protein Self-Assembly for Development of Therapeutic Materials
DNA as an architect for atomically precise silver nanoclusters
Emerging Smart NanoBioElectronics for Personalized Health
Integrated 3D Printed Microfluidic Systems for Bioanalysis
“Mining” Wastewater and Plastic Waste as Useful Resources for Solar Fuel Generation
Engineering Medicine at Multiscale via Granular Hydrogels
Nano challenges for big data
Nanotechnology approaches for engineering photosynthetic organisms
CRISPR-powered graphene electronics for CRISPR editing quality control
Determining sex differences in cardiovascular disease using biomaterials
Decoding the Essence of Materials Chemistry in Bio-interfaced Electronics
Leveraging the Natural Cellular and Biomolecular Interactions in Blood for the Design of Targeted, Anti-Inflammatory Particle Therapeutics
Ebola virus infection both frequently lethal and associated with a persistent state? Toward understanding the role of Ebola virus defective genomes in vitro and in vivo
Bio-inspired nanostructures for targeted delivery of macromolecules and thermostable RNA vaccine formulations
Bourbon, Bacon, and Vaccines
Haptics - Multiphysics Science and Engineering for the Sense of Touch
Design of Advanced Materials using Light
Special Seminar Series: How Anton Paar Instrumentation can help your Research
Chip-Scale Quantum Communication with SiC Integrated Photonics
Innovations in Nanomaterials Synthesis: Sensing and Energy Applications, from Lab to Commercialization
Guns, Germs, and MOFs
Advanced Technologies for Diagnosis, Monitoring, and Understanding of Diseases
Halide perovskites for durable and high-efficiency photovoltaics and solar fuels
Engineer CAR-neutrophils from human pluripotent stem cells for targeted chemoimmunotherapy against glioblastoma
Nanostructured Polymer Muscles
Calibrating Immunometabolism to Treat Diseases
Boundless Boundary: Quantum transport through heterojunctions and superlattices
Quantum sensing with diamond at the single- to few-molecule regime
Engineering Defects in Diamond to Enable Future Quantum Technologies
The many phases of a cell
Evolving enzymes for biocatalysis and gene editing
Making the most of your X-ray diffraction measurements: Introducing the Anton Paar XRDynamic 500 (located in the NE-MRC in SME B004) and its SAXS and non-ambient capabilities
Discovering Tunable Materials with Unprecedented Properties via High-Throughput Quantum Chemistry
Sustainable Nature Nanomaterials and Nanomedicine
Short- and Long-Range Chemical Interaction in Cluster And Condensed Phase
Engineering drug delivery platforms to modulate immunity
Engineering subnanometer pores in single-layer graphene for high-performance gas separations
From Enzymes to Cell Factories: Towards Biomanufacturing of High-Value Plant Molecules
Designing and translating biomaterials for therapeutics and ultrasensitive biosensing
Spectroscopy to explore organic semiconductors: From solar cells to bioelectronics
Spatio-temporal modeling in neuroscience through interpretable machine learning"
Micron-scale Device Fabrication using Reactive Inks
First-Principles Many-Body Theory and Quantum Dynamics for Materials in Quantum Information Science
Magnetic nanoparticle response to time varying magnetic fields – rotational diffusion measurements, hyperthermia, and magnetic particle imaging
